Table of Content

21 April 2012, Volume 33 Issue 4

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Influence of electrospinning on microstructure of regenerated Argiope bruennichi silk

YI Ting-Ting, PAN Zhi-Juan

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  1-5. 

Abstract ( 1412 )   PDF (1306KB) ( 431 )   Save

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Spider silk has attracted wide attentions of scholars and researchers due to its excellent mechanical properties and good biocompatibility in recently years. The regenerated Argiope bruennichi silk (scaffolding silk,egg case inner cover silk,egg case outer cover silk ) was oreoared by electrospinning on the basis of studying the solubility of Argiope bruennichi silk in 1,1,1,3,3,3,-hexafluoro-2-propanol (HFIP). The morphology, molecular conformations, crystallinity and thermal property of the natural Argiope bruennichi silk and the electrospun Argiope bruennichi silk were compared. The results indicated the electrospun rigenerated Argiope bruennichi silk was flat ribbon with the bandwidth (751±196) nm and a diameter of egg case inner cover silk and egg case outer cover silk (141±46) nm and (105±37) nm, respectively. The XRD and TG-DTA analysis showed that the crystal structure of electuospun Argiope bruennichi silk has changed from silkⅡ to silkⅠ, and the crystallinity and main thermal decomposition temperature decreased.

Structure and Properties Research of Multi-antibacterial Polyamide Fibers

SUN Wei-Wei, ZHANG Hua, ZHOU Yong-Kai

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  6-11. 

Abstract ( 934 )   PDF (1635KB) ( 413 )   Save

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Taking the multi-antibacterial powders added into the polymer, after melt spinning into fibers, to make the fibers have high bacterial, far-infrared emission and negative oxygen ions features. This paper has studied the structure and multi-function properties of the polyamide fibers. Through scanning electron microscopy and spectrum tests, x-ray diffraction, thermal analysis and infrared spectroscopy, the research results indicates that the addition of the multi-antibacterial power has a certain affect on the polyamide fibers; functional testing results show that the multi-antibacterial polyamide fibers have excellent antibacterial effect, while far-infrared emission and the negative oxygen ion emission features also have good effect; and when the added proportion is 2%, the polyamide fibers have good structure stability and multi-function.

Identification of Single Cotton Fiber and Flax Fiber Based on Microscopic Fiber Images in the Longitudinal View

YING Le-Bin, DAI Lian-Kui, WU Jian-Jian, SUN Guo-Jun

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  12-18. 

Abstract ( 1499 )   PDF (1685KB) ( 463 )   Save

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According to cotton-flax blended fabric, a new automatic identification method of microscopic fiber images in the longitudinal view in which the length of fiber is about 0.5 mm is introduced in this paper. In fiber detection section, the background of fiber image is removed first, then fiber areas are detected by a method combining morphological close computing and background regional growth method, which filters glass scratches and other sundries well. Based on the region image, binary image and thinning image of binary image in fiber skeleton vertical direction and their vertical integral projections, the coefficient variation (CV) and mean for each of the projections are obtained. Such six statistics parameters are used as the characteristic parameters for identification of cotton fibers and flax fibers. The training set is used to train the least square support vector machine classifier. The experiments for the testing set showed that the mean identification accuracy of cotton and flax fiber is 93.3%.

Preparation of chitosan nanometer magnetic materials

HOU Da-Yin, WEI An-Fang, LIU Ming

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  19-23. 

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Chiton composite nanofiber membranes were made with electrospinning instrument, the great surface energy of the nanofibres could be used to adsorb Fe3O4 nanoparticle so that the nanometer magnetic composite materials were prepared. The chitosan nanometer magnetic materials were investigated by scanning electron microscope (SEM), Fourier transformed infrared spectroscopy (FT-IR),X-ray diffraction (XRD) and magnetic testing, The resuit shows that the good Chiton composite nanofiber membranes was prepared,the magnetic testing showed the nanometer magnetic composite materials preserved propertises of the chitosan composite nanofiber membranes and had the surplus paramagnetic characteristics, their saturation magnetization could be 15.4 emu/g.

Preparation and characterization of hydroxyapatite/polyacrylonitrile photografting composite film

WANG Xiao, YANG Qi-Peng, SHAO Wei, CUI Yong-Zhu, XU Ming-Mei

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  24-28. 

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The aim of this manuscript is to improve the interface compatibility between hydroxyapatite and polyacrylonitrile in the composite. Surface modification of hydroxyapatite using acrylic acid is performed. The composite film is prepared via phografting modified hydroxyapatite containing unsaturated double bond onto polyacrylonitrile. The modified hydroxyapatite and modified hydroxyapatite/polyacrylonitrile comoposite films are characterized using Fourier transform infrared spectroscopy, scanning electron microscopy and differential thermal analysis. The appearance of -C=O vibration peak at 1631cm-1 indicates the modification of hydroxyapatite via esterification of hydroxyapatite and acrylic acid. Well-dispersed nanoscale modified hydroxyapatite particles are embedded in polyacrylonitrile substrate. The tensile strength of polyacrylonitrile/modified hydroxyapatite photografting composite film is larger than blended one. The adsorption amount of photografting composite film is slightly less than blended one.

Effects of Ar gas pressure on characterization of nano-structured silver films deposited on the surface of polyester fiber fabric

MENG Ling-Ling, WEI Qu-Fu, HUANG Xin-Min

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  29-33. 

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The silver films of nano-structured are prepared by RF magnetron sputtering on the polyethyleneterephthalate (PET) nonwoven fabric and polyester plain weave fabric,The effect of Ar gas pressure in vacuum on the morphology of the nano-structured silver films, light transmission and the conductivity of samples deposited with silver films is investigated.Results of experiments show that the surface roughness of silver films for substrate with PET nonwoven fabric is biggest, particle size is largest and particle formed on the surface of film is distinctest when pressure is 0.3Pa,but when pressure is 0.6Pa, the conductivity of silver film is optimum; the surface roughness of silver film with substrate for plain weave fabric is biggest, particle size is largest and particle formed on the surface of film is distinctest when pressure is 0.6Pa,but the conductivity of silver film is best when pressure is 0.3Pa; The samples deposited with silver films show better UV absorption, the change of Ar gas pressure has no obvious influence on the samples shielding UV radiation.

Numerical Simulation on the Air Flow Structure inside the Nozzle of Vortex Spinning

WANG Chao, CHEN Guo-Liang, WEI Shun-Yong, ZHU Ze-Fei, GU Ye-Qin, HAN Jian

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  34-38. 

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A three-dimensional computational fluid dynamics model is developed by software Fluent. The flow structure inside the spinning nozzle of the vortex spinning is simulated with the numbers and orientations of inlet orifices, the gaps between the spinning chamber and the hollow spindle, and the strength of the negative pressure on the outlet of the gap. The relationship between the flowing state and the structure of the vortex spun yarn is also discussed. The results show that the vortex strength and uniformity determined by the numbers and orientations of inlet jet orifices, and the gaps between the spinning nozzle and the hollow spindle. Less angle and gaps lead to stronger vortex and more inlet jet orifices lead more vortex uniformity. The strength of the negative pressure determines the flow axial speed, and which affects the properties of the spun yarn.

The research on color mixture characteristics of double-weft jacquard fabric with all-coloring structure

LUO Lai-Li, WANG Chun-Yan, ZHOU Jiu

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  39-44. 

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Based on the double wefts all-coloring structure, color variation characteristics of jacquard fabric juxtaposition color mixture can be calculated through both color compound mode and proportion of color wefts. Sample test weaving carried out by red weft compound with other basic color wefts (red & green, red & blue, red & yellow), inputting computer with scanistor, then imitating the fabric sample on computer, obtaining simulated image, calculating the L*, a* and b* chroma value of imitated fabric in computer average color method of calculation, comparing L* value and calculating chromatism with the former. As the results showing: brightness changing of all-coloring double weft jacquard fabric with juxtaposition color mixture has distinct regularity. Although there is certain chromatism between fabric sample and imitated fabric, practical color model or color table can be set up, based on color mixture characteristics of double-weft jacquard fabric, for guiding designing on this kind of fabric.

Development of Electromagnetic Sheiding Worsted Woolen Fabric and Influence Factors Discussion

LI Hong-Juan, YANG Xu-Dong, YU Jin-Lin, YAN Xiong

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  45-48. 

Abstract ( 1089 )   PDF (1163KB) ( 423 )   Save

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This article develops electromagnetic shielding woolen fabrics made of Silver-plated filament and single yarn twisting into plied yarn and Silver filament yarn directly used to be warp and wef. Fabric shielding effectiveness tests show that the shielding effectiveness of the twined fabric is superior to that of interwoven fabric, up to 85dB, which has preferable anti electromagnetic radiation effect. Besides, fabric warp and weft density and the wool and silver-plated filament of interwoven fabric has certain effect on the shielding effectiveness. The best tightness is 78% and the best ratio is 1:2 for wool and silver-plated filament. The result has certain directive significance on developing high-performance woolen fabrics against electromagnetic radiation.

Preparation and process optimization of viscose-based carbonized fabric

JI Tao, LI Jie, GAO Qiang, YU Jin, LIU Qi-Xia

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  49-54. 

Abstract ( 1074 )   PDF (1326KB) ( 341 )   Save

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A type of fireproof fabric with both excellent fire retardant properties and good mechanical properties was prepared by dipping ordinary viscose fabric into a suitable fire retardants with suitable impregnation process at a certain temperature . The effects of processing temperature, time and tension on fire retardant properties and mechanical properties of the fireproof fabric were investigated to determine the optimized processing parameters, thus a fireproof viscose fabric with optimal combination property was obtained. Results showed that the fabric processed with organic silicon compound catalyst at 240 ℃ under a tension of 3.92N for42 min had optimal combination property.

Research about fast inspection the cotton content in mixtures of cotton and polyester fibre based on near-infrared spectroscopy analysis

GUI Jia-Xiang, GENG Xiang, YAO Lei, LI Hui, LIAO Yan-Yan, CHEN Bin

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  55-59. 

Abstract ( 1070 )   PDF (1108KB) ( 486 )   Save

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The fast-inspection of textile played important role to quality control for textile manufacture, trade and supervision of maket . Making use of partial least squares,it built the quantitative model for mixtures of cotton and polyester fibre with 249 samples.In accordance with cotton cottent, It established four quantitative models that were 0-30%,30-60%,60-80% and 80-100%. 200 samples were chosen as an independent validation set. Analysis of variance was used to forecast results.There were no significant differences between NIR method and national standard method GB2910.11-2009(equivalent adopting ISO1833-11:2006). The standard operation procedure(sop) ,which was a simple,rapid near-infrared spectrometry presrcreen method for textile, brought about a striking effect.

Automatic Recognition of Lateral and Longitudinal Density in Sweater

Xiu-chen Wang

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  60-63. 

Abstract ( 944 )   PDF (965KB) ( 362 )   Save

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here is not a mature algorithm for density recognition of sweater texture at present. This paper carries out reseach with this problem, and an automatic recognition method based on extreme cluster is proposed. Firstly, actual size of any recognition areas is calculated, image is made enhancement processing with linear method. Then a fusion algorithm of extreme is proposed. With this algorithm, gray peak cluster and valley cluster generated by loop column and void part in image are extracted, same extreme clusters in same position are fused, and fusion graph of gray extreme cluster for image change law is drew. Finially, calculation formula of lateral and longitudinal density of sweater texture is given. The algorithm in this paper is verificated by Matlab 7.0 and result is concluded that recognition accuracy is more than 98% for jersey and rib texture.

Effect of coupling agent treatment to microcapsules dispersion and flexural property of self-healing composites

WANG Rui, LI Ting-Ting, LIU Xing

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  64-68. 

Abstract ( 809 )   PDF (1350KB) ( 352 )   Save

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In order to improve microcapsules dispersion and their effect on mechanical strength of composites, two coupling agents namely KH550 and KH560, were applied to modify microcapsules surface, and self-healing microcapsules dispersion in Glass-fiber reinforced plastic (GFRP) as well as their flexural performance were discussed. The results showed that after KH560 treatment, microcapsules dispersion improvement in GFRP reaches to 64.7%, which is better than KH550 treated microcapsules. However, flexural stress of the self-healing GFRP where microcapsules are treated by coupling agent is decreased. According to SEM observations, the interface between microcapsules and epoxy bonds well.

Dyeing Research and Analysis of Fastness of PLA Yarn

WENG Yi, FU Ke-Jie

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  69-73. 

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Abstract: This paper discussed the dyeing of PLA yarn using seventeen kind of disperse dyes with various structure under different experimental conditions. The results showed that Disperse Rubine R167, Disperse Orange 030, Disperse Blue 284 could be as tricolor dye in PLA dyeing. According to the analysis to these dyeing structures in this paper, it could be found that the PLA yarn would get higher dye uptake though using the monoazo disperse dye with acetate group. After optimizing the dyeing process, the PLA yarn could obtain high quality dyeing effect when the condition were controlled with PH value 4~5, temperature 110℃ for 30~40min. The color fastness to perspiration and washing of dyed yarn could be raised 1~1.5 grade when detergent FB was included into reduction clearing conditions.

Phytolacca pigment dyeing properties for wool fabrics

ZHANG Dong, WANG Chao-Xia, WANG Chun-Ying, TIAN An-Li, WANG Chun-Xia

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  74-77. 

Abstract ( 1188 )   PDF (988KB) ( 427 )   Save

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Natural pigment extracted from phytolacca was applied to wool fabric. The effect of dye bath pH, dyeing temperature and the amount of pigment were analyzed. The adsorption mechanism of phytolacca pigment on wool fabric and fastness of dyed fabrics were also investigated. The results showed that K/S value of dyed wool fabric showed improvement with the increasing amount of phytolacca pigment. When the amount of pigment was more than 6%, K/S values almost remained the same. The K/S values decreased with the increasing of dye bath pH values. When pH was less than 3.5, the colour strength values were larger; when pH was higher than 4.5, the rate of pigment uptake was very low. It was found that while dyeing temperature was below 60 ℃, the color of dyed fabric was rose red, the dyed fabric was yellow when dyeing temperature exceeded 60 ℃. The washing fastmess of fabric dyed in low temperature was lower and was improved in high dyeing temperature.

Bioecological mordant dyeing of silk with monascorubrin

LIU Yan-Chun, BAI Gang

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  78-81. 

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In order to widening the application domain of monascorubrin, the dyeing of silk with monascorubrin was researched in this paper. The effect of pH, mordant concentration and mordanting method on the dye uptake and K/S was investigated. The washing-fastness and light-fastness of the dyed samples were also researched. The results indicated that the rare earth could form a complexation with the monascorubrin and fiber, which improved the dye uptake and K/S. The washing-fastness of the dyed samples was 4 grades. The light-fastness was 3~4 grades. The optimum dyeing formulation was simuhaneous-mordanting, mordant concentration 1g/L, pH=3, liquor ratio 1：30。

The research on Pigment dyeing of silk fabric pretreated with the low temperature plasma

ZHANG Guang-Zhi, HUANG Xiao-Hua, CHI 二Yan

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  82-85. 

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Low-temperature plasma treatment and pigment dyeing technique have the advantages of simplifying the printing and dyeing process, saving the water and the energy, protecting the environment and etc. The pigment dyeing property of low-temperature plasma modified silk fabric is improved. The influence of the pigment dyeing property of low-temperature plasma modified silk fabric is researched by K/S value testing, rubbing fastness, washing fastness, flexibility, permeability and the scanning electron microscopy(SEM) which is used to reveal the fiber surface morphology. The low-temperature plasma modified silk fabric is hold at the condition of 150 W power and 10 Pa Vacuum for 3 min, then, the pigment dyeing effect of the modified silk fabric is improved observably. The pigment (50g/L) and adhesive (80g/L) are mixed to be cured at 120 ℃ for 3min. The dyeing depth and other fastness are improved obviously in this process.

Antibacterial finishing of cotton fabric with PHMB via electrostatic self-assembly

LIU Jing, ZHU Hua-Jun, WANG Qiang, FAN Xue-Rong, ZHANG Jin-Fang, CHEN Wan-Ming

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  86-90. 

Abstract ( 983 )   PDF (1238KB) ( 479 )   Save

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Polyhexymethylene Phenformin hydrochloride (PHMB) and polystyrene sulfonate (PSS) were alternately deposited on the surface of cotton fabric via electrostatic self-assembly which endowed the fabric with antibacterial ability. The surface morphology of assembled fibers was revealed via scanning electron microscopy. The surface of assembled fibers became rough, proving that PHMB/PSS were coated on the fiber. Zeta potential of the fibers and dyeing color depth showed that the distinct "layer-by-layer alternating oscillation" along with the change of deposition materials on fiber surface, which helped to investigate the assembly mechanism. The bacterial inhibition rate of self-assembled cotton fabrics reached 99.51%, showing the excellent anti-bacterial property. In addition, the assembled cotton also had a good washing fastness.

The improvement of wettability of PET fabrics treated by lipase

LI Xu-Ming, SHI Li-Fen, QIAN Zhi-Hua, XIE Jin-Jin

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  91-94. 

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The effect of process parameters of lipase on wettability of PET fabrics was studied in this paper. And the wettability of PET fabrics was characterized with capillary effect. SEM test indicated that the degradation of macromolecules in PET surface have occurred after lipase treatment, and the surface of PET fibers become rougher. Water contact angle from 121.5°of the control decreased to 59°of treated samples, which indicated the wettability of PET fabrics was significant improved. As increase of the concentration of lipase and treatment time, the capillary height of PET fabrics increased. And the capillary height increased first, then decreased with the increase of pH value and treatment temperature. The optimized pH value and treatment temperature were 7 and 40℃, respectively. The results showed that it was feasible for lipase to improve the wettability of PET fabrics.

Test on Dyeing and Printing Wastewater Treatment by Coagulation-adsorption-oxidation

GONG An-Hua, SUN Yue-Ling

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  95-99. 

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For difficult and complex process of dyeing and printing wastewater treatment, in order to improve the efficiency, The technological conditions of the dyeing and printing wastewater treatment by Coagulation-adsorption-oxidation were studied．The result showed when adjusting the pH of the wastewater to 5,using 1000mg/L PFS, reacting for 1 min with 350r/min agitation and 15min 60r/min agitation and standing for 30min，the effluent using 20g/L activated carbon and 0.2μL/mL H2O2 reacting for 60 min with 350r/min agitation by 25℃， the index of the effluent: COD was 119mg/L, the color degree was 39 folds. The rate I according to GB4287-92 of the color degree was attained, the others was rate II.

Relationship study between clothing air gap spaces and fabric performances

YU Miao, LI Jun, WANG Yi-Pei

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  100-105. 

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In order to research the spaces of clothing air gap layers, this paper put clothes with different fabrics and the same pattern on a standard scan model. [TC]2 NX-16 three-dimensional body scanning technique is used to collect point clouds data, and the overall tridimensional model of air gaps is represented through computer graphics processing and comparison. The volumes of air gap space are calculated, and main fabric performances which had a great impact on clothing air gaps and the expression of their relationships are educed by stepwise regression analysis. Clothing air gap layers have a close correlated relationship with fabric performances. The volumes of air gap space are significantly correlated with “Stiffness. Bending length” and “Warp density”, and significantly negatively correlated with “Drape factor. Crest angle uniformity”. The conclusion could play the role of prediction and control for the clothing design process, especially for the material design of protective clothing.

Analysis and Adjustment of Bunker Gear Jacket Structure

CHEN Xiao-Peng, MENG Jin

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  106-109. 

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From the measurements of bunker gear jacket, this paper discussed the structure features of the current bunker gear jacket. Combined with the dress effects in motionless and dynamic states, the existing problems were explored. Based on the variation of the movement of the body and the functional and comfortable requirements of the wearers, the methods for improving the structure of the body and the sleeves were proposed. The measures include reducing the margin of the armhole height, raising the armhole line, increasing the width of the godet under arm, and adding pleats on the back sleeve seams. According to the adjustment methods, the sample garments were constructed and the compared experiments on the original sample and the new one showed that the covering function of bunker gear jacket could be improved significantly through methods of structure compensation.

Influences of the Physical Geographical Environment on Miao Costumes

LIU Yi-Ping, WANG Cheng, WU Da-Yang

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  110-114. 

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Different geographical environments due to diverse costumes. Based on the comparative analysis of five types’ characters of Miao costumes, combining the topography, climate, biological environment and other natural geographical factors of different regions, this paper comprehensively analysed the influence process and function of geographical environment in different types of Miao costumes. Research showed that in the generation, development and change processes, Miao costumes were directly or indirectly impacted by physical geography on shapes, materials, dress adornments, color and patterns. Constant development and change of Miao costumes, is not only pure function of covered their bodies to keep warm, but more should be as traditional national culture heritage and get enough attention and protection.

Kyrgyzstan number “3” in the Hmong batik patterns of artistic

CHAI Song-Hua, LING Hui-Hui

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  115-118. 

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Batik is a traditional art of the Miao ethnic minorities, especially in a wonderful work, there are a lot of batik patterns and guitar number“3”-related artistic expression, which uses association to Seeing the contrast set off by such means, and through Kyrgyzstan。Number“3” pattern described by its nature and characteristics of things manifested directly, through he was this, to focus on, simple, twists and turns in the performance results.Miao batik created by working people to natural phenomena personified, idealized, socialization, the use of meaning, euphony, symbolic forms, to create graphics and the perfect combination of auspicious meaning, showing the "Harmony" ideas.Which Kyrgyzstan is the number "3" in the batik in the highest level of artistic expression.

Modular Control System for the Carriage of Flat Knitting Machine Based on CAN Bus

SHI Wei-Min, XIAO Liang, PENG Lai-Hu, ZHANG Hua, WANG Wan-Hui

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  119-123. 

Abstract ( 1186 )   PDF (1038KB) ( 366 )   Save

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In order to meet the networking, modular, high-speed requirements of the development of computerized flat knitting machine, a control system of the carriage of flat knitting machine based on CAN bus was designed. Through analyzing feasibility of CAN multi-node communication，CAN network topology structure of the carriage control system was proposed , it used bus node priority scheduling method to improve the real-time property of CAN. According to loop mechanism, modular design was adopted. It made the control module be a CAN node in the CAN communication network. The CAN driver and the main programming based on commands parsing were presented. The results of the control system running indicated that it had a reliable communication, and easy scalability.

Approximate uniform acceleration control method of servo motor in hosiery machines

HUANG Yun-Long, LIN Zhong-Neng, ZHU Jian-Jiang, YU Shi-Ming

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  124-128. 

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Focusing on the servo control of hosiery machines, this job proposes three acceleration control methods, then analyses their acceleration and deceleration performances, the possibility of program realization, the size of the computational complexity, and the merit and demerit. Through the comparative analysis, this paper gives the conclusion: the piecewise approximate uniform acceleration control method is the best method of the three. The practical operation shows that this scheme has superior performance in acceleration and deceleration and the system runs smoothly.

Automatic model style measurement based on automated body feature extraction from 3D Scanning data

GE Bao-Zhen, GUO Hua-Ting, PENG Bo, TIAN Qing-Guo, LI Yun-Peng

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  129-135. 

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Automatic model style measurement based on automated body feature extraction is a method to collect anthropometric data in modal recruiting efficiently and accurately. Firstly we take measurements from 3D Laser Scanning data , then extract thirteen body features through approximate region estimation and exact landmark localization, and subsequently calculate the anthropometric data from coordinates of feature points and cross-planes. Six human subjects and a 3D Plaster mannequin were scanned and the scanning data were processed by the system. The measurement results demonstrate that this method is effective and robust.

Clothing color model with a quantum search

ZHAO Ye-Jun, XI Rong-Hua

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  136-141. 

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In garment colors matching the main difficulties include the combination of high dimensions, the exponential growth of the knowledge explosion, the incompleteness of knowledge, ambiguity, and database query methods difficult. So a new model of quantum bits is proposed to express the relationship between a variety of colors with the quantum Grover algorithm using the colors matching search. The results show that the model is fast, simple, scalable and robust applications.

Research on A Kind of Uygur carpet patterns digital technology

ZHAO Hai-Ying, XU Zheng-Guang, ZHANG Jun-Hui

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  142-145. 

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Referring to the needs fabric patterns preserve traditional national styles, digital design of Uygur carpet patterns are taken as an example. This paper puts forward a CAD-scheme of the computer-aided design technology of textile patterns, and illustrates three important stages: First, by using template matching algorithm to extract the pattern elements in the same category, a different types of gene databases are picked-up and created. Second, these skills of path decoration and paint preset are implemented carpet patterns design based on PhotoShop. Third, the techniques are combined to form synthesizer of carpet design. The proposed method is closely keeping the national style of design and carried through with typical Uygur carpet.

Progress in Fabrication of Fiber-based Superhydrophobic Surfaces

XUE Chao-Hua, YIN Wei, JIA Shun-Tian

JOURNAL OF TEXTILE RESEARCH. 2012, 33(4):  146-152. 

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Superhydrophobic surfaces with unique water-repellent and self-cleaning properties have attracted signi?cant attention over the last decades. The practical applications of superhydrophobic surfaces depend on their matrix. Fibrous superhydrophobic surfaces have recently received much interest owing to their simple fabrication, the ease of raw materials availability, potential large-scale production by industrial techniques, and practical applications in many areas. Approaches to fiber-based superhydrophobic surfaces are described in this review, including layer-by-layer assembly, sol–gel processing, hydrothermal synthesis, coating with nanoparticle composites, and chemical vapor deposition etc. Multifunctionalization and future trends in superhydrophobic surfaces are envisioned.